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Mechanisms of Virus-Induced Alterations of Expression of Class I Genes and Their Role on Tumorigenesis

  • Daniel Meruelo

Abstract

A number of years ago my collaborators and I(1) first documented the striking role that virus-induced alterations in H-2 (class I) antigen expression played in resistance to neoplasia. This fact has also been recently documented by numerous investigators.(2–6) Our early studies showed that resistance to RadLV-induced leukemia is mediated by a gene(s) in the H-2D region of the major murine histocompatibility complex (MHC).(7) These experiments indicated a role in disease resistance for changes in H-2 expression which occur immediately after virus inoculation and after tumorigenesis.(1,8) For example, elevated H-2D antigen expression occurs immediately after virus inoculation on thymocytes of resistant but not of susceptible mice.(1) Furthermore, an inverse relationship exists between expression of H2 and viral antigens.(1) After RadLV infection viral antigen expression is greater in susceptible animals, which show little if any changes in H-2 antigen expression, whereas H-2 antigen expression is maximal for virus-infected resistant mice which are subjected to rapid elimination of viral antigen-expressing cells.(1) Finally, H-2 antigens usually disappear from the surface of RadLV-transformed cells when overt leukemia develops.(1) Thus, resistance to the disease is associated with increased H-2 antigen expression, and the onset of leukemia is associated with disappearance of these antigens. (Some of these findings are diagrammed in Fig. 1.)

Keywords

Antigen Expression Histocompatibility Antigen Susceptible Mouse Histocompatibility Gene Viral Probe 
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Copyright information

© Plenum Press, New York 1987

Authors and Affiliations

  • Daniel Meruelo
    • 1
  1. 1.Department of Pathology and Kaplan Cancer CenterNew York University Medical CenterNew YorkUSA

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